Ultra-low-vibration pulse-tube cryocooler system – cooling capacity and vibration

Author:

Ikushima Yuki,Li Rui,Tomaru Takayuki,Sato Nobuaki,Suzuki Toshikazu,Haruyama Tomiyoshi,Shintomi Takakazu,Yamamoto Akira

Publisher

Elsevier BV

Subject

General Physics and Astronomy,General Materials Science

Reference17 articles.

1. Large-scale cryogenic gravitational wave telescope;Kuroda;Int J Mod Phys,1999

2. Status of the CLIO project;Miyoki;Class Quantum Grav,2004

3. Gifford WE, Longsworth RC. Pulse-tube refrigeration. In: ASME paper No. 63-WA-290 presented at winter annual meeting of the American Society of Mechanical Engineering, Philadelphia, Pennsylvania, November 1963. p. 17–22.

4. Thompson PS, Ackermann RA, Hedeen RA. A two-stage pulse tube cryo-cooled MRI magnet. In: Adv Cryo Eng: Proceedings of the cryogenic engineering conference – CEC. AIP conference proceedings, vol. 613; 2002. p. 649–53.

5. Hofmann A. The development of a pulse tube cooler with more than 1W at 4.2K. In: Adv Cryo Eng: Transactions of the cryogenic engineering conference – CEC. AIP conference proceedings, vol. 823; 2006. p. 49–58.

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